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Synthetic Lubricants: The Ultimate Solution for Preventing Wear and Tear in Industrial Equipment

Functional equipment in an industrial setting is necessary for maximizing productivity and growth. The usage of synthetic lubricants on your industrial equipment will make them perform seamlessly under extreme conditions and offer unparalleled protection. But aren’t you sure why the synthetic variants are better than all other lubricant types? If so, explore the advantages of synthetic lubricants over all other types in this article. 

High Viscosity Index

The high viscosity index of synthetic oils makes them highly popular for industrial applications. This characteristic of the lubricants suggests that they are highly resistant to temperature fluctuations. At low temperatures, these lubricants can flow at a high pace. 

When the temperatures soar high, you won’t find synthetic oils to be thinning out. By creating a thick layer, these lubricants can offer steady protection against wear and tear. 

Fewer Contaminants

Mineral oil comes from natural sources rich in sulfate, nitrogen, oxygen, and other chemical compounds. These compounds found in mineral oil often have a negative impact on their performance by triggering oxidation. Moreover, these chemical compounds lead to the formation of sludge or deposits and increase the evaporation levels at extremely high temperatures. But, this issue of impurity is not associated with synthetic lubricants, which makes them deliver better performance. 

Low Flammability

Compared to all other lubricants, synthetic oils come with a low flammability. Therefore, they can be used in extreme temperatures and in industries where fire remains a key concern. With the rising safety concerns in all industries, synthetic oils seem to be a promising alternative to other types of lubricants. 

Uniform Composition

Synthetic oils are formulated using artificial chemical compounds. These synthetic compounds include broken down and rebuilt petroleum molecules. As a result of this rebuilding technique, synthetic lubricants come with a more standardized molecular structure. 

The uniform composition of synthetic oils allows them to provide more even and regular lubrication to industrial machinery. Consequently, industrial equipment boasts of greater efficiency with minimal power consumption. 


Synthetic oils are a preferred choice in sensitive environments because of their biodegradable nature. In industries where oil spills have the likelihood of affecting flora, fauna, and wildlife, synthetic oils are a responsible choice. The absence of sulfur and phosphorus in synthetic lubricants also makes them suitable for the food industry. 

Oxidation Stability

The stability and durability of synthetic oils make them highly efficient for applications at extreme working conditions and temperatures. Despite exposure to fuel contamination, high and low temperatures, acids, and combustion byproducts, synthetic lubricants can remain stable. Since these oils are non-hydrolytic, they remain stable in damp environments without emulsion in water. 

High Traction

Synthetic oils come with a high traction coefficient. As a result, all engines using synthetic lubricants will need less horsepower or force to carry heavy loads. 

Ending Note

Synthetic lubricants are modified at the molecular level, and several advanced additives are included in their formulations. Therefore, they are typically designed to navigate past the challenges associated with other types of lubricants. So, choose the best synthetic lubricants for industrial applications and enjoy their benefits over the conventional ones. 

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